光伏板冷却采用堆叠效应

Q4 Engineering
Kudith Nageswara Rao, Ganesamoorthy Rajkuma
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引用次数: 0

摘要

在光伏技术的推广中,光伏电池性能的不理想是孤立的首要问题。细胞的工作温度是改变细胞链的一个重要因素。电池的电压几乎直接随着光伏电池工作温度的升高而下降。光伏板工作表面的温度状况通常保持在正常温度条件之外的22-30°C。在考虑这些问题的前提下,光伏电池的效能将通过保持尽可能低的工作温度来改进。本文描述了一种利用烟囱效应产生的对流冷却PV/太阳能板的技术。本文考虑了在活动和非活动条件下光伏板的热量减少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PV PANEL COOLING USING STACK EFFECT
Unsatisfactory feat of the photo-voltaic cell is solitary in every of the foremost issues among the promotion of PV technology. A vital strand changing cell performance is operative temperature of the cell. The voltage of the cell, declines near directly with a rise in the operative temperature of the photo-voltaic cell. The temperature condition on the in-operative surface of a photo-voltaic panel remains usually 22–30°C beyond the normal temperature conditions. Upon the premise concerning those issues, the potency of the photo-voltaic cell will be refined by sustaining their operative temperatures as low as possible. This paper portrays a technique of PV/solar panel cooling using convection generated by the chimney effect. This paper considers the diminution of warmth from the Photo-voltaic panel for both active and inactive conditions.
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来源期刊
CiteScore
0.90
自引率
0.00%
发文量
40
审稿时长
10 weeks
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